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Cortex

Stop Repeating Yourself to Your Agents

Cortex lets you and your team share context across your AI agents, giving each agent the right knowledge before it acts.

Works with
ChatGPT
Claude
Claude Code
Codex
Cursor
GitHub Copilot

Use your agents exactly as you already do

Connect through Cortex plugins, MCP, or the Socra CLI.

  • ChatGPT
  • Claude
  • Claude Code
  • Codex
  • Cursor
  • GitHub Copilot
Learn more

AI slop turns your life's work into a crime scene

You spent years learning how your systems really work. Then you handed them to agents that didn't.

  1. Intelligence got cheap

    Agents can touch more of your system now.

  2. But they don't know your domain

    The constraints, trade-offs, and hard-won reasons are missing from the context where agents act.

  3. So they build the generic version

    Not the one shaped by everything you know. Just the obvious one.

  4. And your work erodes, one plausible edit at a time

    Each change looks fine on its own. Together they wear away everything that made the work yours.

You're left reviewing AI slop and reverse-engineering damage to your own work. That is the crime scene.

Stop slop before the agent acts

Cortex gives agents your specific knowledge and its reasons before the work begins.

The 32-Module example SemDAG from company to product to id to account to project. Tab enters the graph once. Use arrow keys to move between nodes, Enter or Space to activate a node, and Tab to leave.Fieldnote helps building inspectors give property owners a defensible record of a site’s condition.companyFieldnote turns field observations into inspection reports that distinguish defects from areas the crew could not inspect.productAn inspector keeps one identity across employers, devices, and visits.idA shared tablet opens only the signed-in inspector’s work.id-authA registered tablet supports a full inspection shift without a network connection.id-deviceAn account belongs to an inspection firm and separates its clients’ records from every other firm.accountRemoving a firm member ends their access to its projects and queued downloads.account-accessCrew membership controls new assignments; each visit preserves the people who attended.account-crewsClient guests can read explicitly shared reports but cannot browse the firm’s working evidence.account-guestsEvery report release records who authorized it, which revision left the firm, and its intended recipient.account-auditA project covers one inspection engagement for one client at one site.projectProject access governs evidence reads, including searches and background jobs.project-accessEach inspected asset has a stable reference and a location a returning crew can find.project-sitesA visit records when an inspection took place and the conditions that limited it.project-visitsA visit keeps the checklist revision selected when the inspection began.project-templatesConfirm an observation only after it can survive a device restart.captureA defect photo retains its original image, capture time, and asset reference.capture-photosField notes separate what the inspector saw from possible explanations.capture-notesRetries deliver the same observation once, even after a connection drops mid-upload.capture-syncEvery required check ends with evidence or an explicit inspection limitation.capture-checksEvidence ties an observation revision to its author, visit, and original supporting files.evidenceKeep original evidence readable for as long as an issued report cites it.evidence-storageClient reports conceal faces, vehicle plates, and access codes visible in site photos.evidence-redactionEvidence search returns the exact observation and revision supporting each match.evidence-indexAI may suggest findings, but only an inspector can accept a conclusion into the report.aiImage analysis identifies visible conditions and marks the region that supports each suggestion.ai-visionReview resolves proposed findings and accounts for every required inspection item.reviewAn inspector’s sign-off covers one exact report revision and its cited evidence.review-signoffA visit report states the inspected scope, accepted findings, and any areas left uninspected.reportsAn issued report is immutable; a correction creates a separately numbered revision.report-revisionsA client share grants access to one issued report revision.report-sharingExternal notifications link to protected records without exposing site details or evidence.notifications
See the full technical mechanism

Context as Code gives agents your specific knowledge and its reasons before the work begins.

  1. 01

    Capture what you know

    Write a piece of your specific knowledge as a Module: a named, versioned specification of how one part of your system should work and why.

  2. 02

    Connect what the agent needs

    Declare what each Module depends on. Those relationships form a Semantic Directed Acyclic Graph (SemDAG). One flash assembles the named Module and its declared prerequisites, foundations first.

  3. 03

    The agent starts with your standard

    Before acting, the agent finds and flashes the narrowest relevant Module, bringing its prerequisite knowledge into the task.

  4. 04

    The agent checks the current system

    The agent reads your reasons, verifies the current code and runtime, and works against your standard. You review whether the result follows your system.

  5. 05

    Your knowledge stays current

    When work reveals useful knowledge, the agent updates the relevant Modules, preserves the reasons, and tells you what changed and why.

  6. Your knowledge becomes the input. The agent checks the current system. You remain the source.

Agent Context Needs an Import Statement

Imagine your programming language of choice had no concept of an import statement. What would that mean for you as a developer?

  • Mike Morton, Lead Software Developer
  • 7 min read
Learn more
Agent Context Needs an Import Statement, over a dark blue background with bright cyan branching patterns.

The right work finds the right knowledge

An Issue says what must change. Its Module says what must remain true.

your inbox

released work

Recompute tax when the address changes

#418

checkout

Reject expired promo codes in the cart

#392

pricing

Show an ETA for partial shipments

#377

shipping
blocked work stays hidden until every dependency closes

Issues name the standard

Every Issue names its Module. The agent or teammate who picks it up can flash that Module before work starts.

Dependencies protect the sequence

Issues declare dependencies on other Issues, forming a directed graph of work. The inbox releases an Issue after all its dependencies close.

Only ready work reaches you

The inbox shows released, unclosed work assigned to you. It also shows untriaged work in modules you own.

Ready work reaches its owner with dependencies clear and the standard the agent must preserve.

See Cortex in a real chat

An agent flashes workspace-customer, then uses what it learns to suggest how Steve should get started.

A real Codex chat showing the workspace-customer flash: 5 Modules and 2,216 tokens, followed by a recommendation for Steve.
workspace-customer · 5 Modules · 2,216 tokens · September 5, 2026View the full chat

Stored once, served on demand

Your Modules live in the cloud as one graph: stored in your Workspace, addressed by name, and owned by you. Any authorized team member or agent can flash the same source from a connected tool.

youyour teamCIagentsknowledge graph

Addressed, not filed

A module is referenced by name from repositories and tools connected through Cortex.

Yours to share

The Account boundary isolates its people, installed agents, and Modules from every other Account.

Owned, not orphaned

Every module has a human owner who is accountable for its content.

From you to your whole org

Start alone and add members when needed. The Account boundary keeps each organization isolated.

One Account boundary

An Account is the tenant, billing, and isolation boundary for its people, installed agents, and Modules.

One account-scoped graph

People and installed agents work from the same account-scoped graph.

Supports a growing team

The same Account model supports a developer working alone and organizations with many members.

Account

acme-platform

  • you

    Owner
  • Dana

    Member
  • Priya

    Member
  • ChatGPT

    Installed app

Account boundary · isolated tenant

Your standard compounds instead of eroding

Every future flash that uses your standard carries it forward.

you starterodingcompounding

Your work can compound when each change starts from the applicable standard and you verify the result.

Be the source again

Create your Account. We’ll guide you through connecting your first agent.